Photoinitiators activable under visible light and low light intensity are actively researched as
it can advantageously address the safety concerns raised by the traditional UV-light …

Photoinitiators that can operate under visible light and low light intensity are actively
researched as this last generation of photoinitiators can address different issues raised by …

Organic molecules with second near‐infrared (NIR‐II, 1000–1700 nm) emission have
significant advantages over NIR‐I (600–900 nm) dyes, and have been widely used as …

Piezoelectric materials capable of generating an inherent electric field under strain, exhibit
promising applications in in-situ piezocatalysis and enhanced photocatalytic activities. SrTiO …

Functional electrochromic materials that allow energy modulation both in the visible and in
the near-infrared (NIR) spectral ranges are attracting increasing interest both for the …

A novel class of metal-free organic dyes based on benzo [a] carbazole have been designed,
synthesized, and used in dye-sensitized solar cells for the first time. These types of dyes …

One of the core problems facing DSSCs is that they only partially absorb the solar spectrum,
and a feasible solution is to co-sensitize two or more dyes with different absorption spectra …

Four metal-free organic dyes QX05–08 based on indoloquinoxaline and phenothiazine
have been successfully designed and synthesized for dye-sensitized solar cells. The D–D–π …

Box-structured nanomaterials with complicated surface texture, whose morphologies can be
adjusted through changing mass ratios of reactants, are attractive in the field of …

Two types of fluorene-based organic dyes featuring T-shape/rod-shape molecular
configuration with phenothiazine donor and cyanoacrylic acid acceptor have been …